Zurich based quantum technology startup Qendra has raised €162,000 in early stage funding to accelerate the development of advanced control systems designed for quantum computing laboratories. The investment marks a crucial step for the young company as it transitions from academic innovation into a commercially focused venture aiming to solve one of the most persistent bottlenecks in quantum research.
Bridging Research and Real World Application
Qendra was founded by Martin Stadler, Ferdinand Felder, and Chidzahi Mabritto, combining expertise in quantum physics, engineering, and system design. The company builds on foundational work developed at ETH Zurich, specifically within the Trapped Ion Quantum Information group.
This academic origin gives Qendra a strong technical base, while its founders are now focused on transforming complex laboratory innovations into scalable tools that can be adopted by research institutions and industry players alike.
The Challenge of Quantum System Complexity
Quantum computing continues to gain attention for its potential to revolutionise fields such as drug discovery, logistics optimisation, and climate modelling. However, the path to practical implementation remains challenging. Current hardware approaches, including trapped ion and neutral atom systems, require highly controlled experimental environments.
These setups involve the precise coordination of lasers, cameras, and other sensitive instruments. In many cases, laboratories rely on fragmented or highly specialised control solutions that are difficult to scale and maintain. This complexity slows experimentation, increases operational costs, and limits broader adoption of quantum technologies.
A Unified Control System for Quantum Labs
Qendra is addressing this issue by developing a dedicated control platform that connects classical computing hardware to quantum systems. Its technology is designed to synchronise and manage multiple components within an experimental setup, ensuring that each element operates in harmony.
From signal generation to full system orchestration, the platform provides a unified layer of control that simplifies workflows. By reducing setup times and maintaining high levels of precision, Qendra aims to improve both efficiency and reliability in quantum experiments.
This approach is particularly important as the industry moves toward scaling quantum systems. Reliable and standardised control infrastructure is expected to play a key role in enabling larger and more complex quantum machines.
Support from Early Stage Funding
The funding was provided by Venture Kick, an organisation known for supporting high potential startups emerging from academic research. For Qendra, this backing goes beyond financial support.
According to CEO Martin Stadler, Venture Kick has been instrumental in helping the company refine its business model, define its go to market strategy, and establish a clear development roadmap. This guidance is particularly valuable for deep tech startups navigating the transition from research to commercialisation.
Building for Long Term Growth
Qendra plans to use the funding to strengthen its intellectual property strategy, ensuring long term operational freedom as it develops its technology. Protecting its innovations will be key as competition in the quantum technology space intensifies.
In addition, the company is focusing on customer conversion and expanding its presence within the quantum research ecosystem. By working closely with laboratories and early adopters, Qendra aims to validate its technology and build a strong foundation for future growth.
Positioning in the Quantum Ecosystem
As quantum computing continues to evolve, enabling technologies such as control systems are becoming increasingly critical. While much attention is given to quantum processors themselves, the infrastructure that supports them is equally important for achieving practical and scalable solutions.
Qendra is positioning itself within this essential layer of the ecosystem, providing tools that could make quantum experimentation more accessible and efficient. With fresh funding and a clear technical vision, the company is taking early but meaningful steps toward shaping the future of quantum computing infrastructure.